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Learn · Polymers: Concepts, Properties, Uses and Sustainability

Lecture 44 of 87Week 6

Properties of composites

Prof. Abhijit P Deshpande · IIT Madras

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From
Polymers: Concepts, Properties, Uses and Sustainability, IIT Madras (at NPTEL)
Licence
CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
Attribution
NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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All the lectures

  1. Why are polymers so common? YouTube
  2. Polymers: Molecular structure YouTube
  3. Process, structure, property YouTube
  4. Biopolymers YouTube
  5. Molecular weight and distribution YouTube
  6. Polymerization YouTube
  7. Macromolecular nature YouTube
  8. Renewable sources for polymers YouTube
  9. Polymerization / depolymerization YouTube
  10. States of interest YouTube
  11. Application based terms YouTube
  12. Reuse and repurpose YouTube
  13. Size, mobility and flexibility YouTube
  14. Molecular conformations YouTube
  15. Polyelectrolytes YouTube
  16. Structures in biopolymers YouTube
  17. Amorphous / crystalline states 1 YouTube
  18. Amorphous / crystalline states 2 YouTube
  19. Orientation YouTube
  20. Interactions YouTube
  21. Kinetics of crystallization YouTube
  22. Glass transition 1 YouTube
  23. Glass transition 2 YouTube
  24. States in environment YouTube
  25. Liquid crystalline polymers YouTube
  26. Copolymers 1 YouTube
  27. Copolymers 2 YouTube
  28. Blends 1 YouTube
  29. Blends 2 YouTube
  30. Microstructure in polymers YouTube
  31. Composites YouTube
  32. Stress strain response YouTube
  33. Additives for polymeric systems YouTube
  34. Blends / composites in recycling YouTube
  35. Physical / chemical crosslinking YouTube
  36. Mechanical properties I YouTube
  37. Mechanical properties II YouTube
  38. Physical and chemical aging YouTube
  39. Solutions: properties YouTube
  40. Conducting polymers YouTube
  41. Dielectric response YouTube
  42. Dielectric response II YouTube
  43. Plasticity YouTube
  44. Properties of composites YouTube
  45. Viscoelasticity: introduction YouTube
  46. Thermal response YouTube
  47. Viscoelasticity: characterization YouTube
  48. Viscoelasticity – simple models YouTube
  49. Dynamic Mechanical analysis YouTube
  50. Damping Applications YouTube
  51. Time Temperature superposition YouTube
  52. Impact and energy absorption YouTube
  53. Testing for applications YouTube
  54. Properties of blends YouTube
  55. Biomimetic polymers YouTube
  56. Advanced mechanics YouTube
  57. Viscoelastic response: examples YouTube
  58. Polymer packaging YouTube
  59. Porous polymers / membranes YouTube
  60. Polymer at interfaces YouTube
  61. Diffusion in polymers YouTube
  62. Compatibilizers YouTube
  63. Biopolymer applications YouTube
  64. Adhesives and Paints YouTube
  65. Dissolution and recovery YouTube
  66. Polymerization kinetics YouTube
  67. Polymerization reactors YouTube
  68. Polymer processing I YouTube
  69. Polymer processing II YouTube
  70. Polymer processing III YouTube
  71. Flow simulations YouTube
  72. Processing for recycling YouTube
  73. Recycle, up-down cycling YouTube
  74. Recycle, up-down cycling II YouTube
  75. Flow behaviour - rheology YouTube
  76. Crosslinking YouTube
  77. Conversion of polymers YouTube
  78. Rheology and entanglement YouTube
  79. Rheological models YouTube
  80. Rheology and processing YouTube
  81. Absorption and leaching YouTube
  82. Swelling of polymers YouTube
  83. Viscosity for polymer processing YouTube
  84. Microplastics, aerosols, sediments YouTube
  85. Biodegradation of polymers YouTube
  86. Biodegradable polymers 1 YouTube
  87. Biodegradable polymers 2 YouTube